/**
Returns nullptr if settings incorrect.
*/
std::unique_ptr<Configurator> FractureConfiguratorFactory::configurator(const Settings& s) const
{
std::unique_ptr<Configurator> pConf(nullptr);
const string c = s.json["configuration"].get<string>();
if (c == string("uniform")) {
const double am = s.json["mechanical aperture"].get<double>();
if (s.json["hydraulic aperture"].size() == 9) // tensor
pConf.reset(new UniformFractureConfigurator(tensor("hydraulic aperture", s),
tensor("permeability", s),
tensor("conductivity", s),
am));
else // scalar
pConf.reset(new UniformFractureConfigurator(s.json["hydraulic aperture"].get<double>(), am));
}
else if (c == string("regional uniform")) {
const auto ams = s.json["mechanical aperture"].get<vector<double>>();
const auto frnames = s.json["fracture regions"].get<vector<string>>();
if (s.json.count("permeability")) { // tensor
vector<string> props = { "hydraulic aperture" , "permeability", "conductivity" };
vector<vector<TensorVariable<3>>> vals(props.size(), vector<TensorVariable<3>>(ams.size(), TensorVariable<3>()));
for (size_t i(0); i < props.size(); ++i) {
auto jvals = s.json[props[i].c_str()].get<vector<vector<double>>>();
for (size_t j(0); j < ams.size(); ++j)
vals[i][j] = tensor(jvals.at(j));
}
pConf.reset(new RegionalUniformFractureConfigurator(vals.at(0), vals.at(1), vals.at(2), ams, frnames));
}
else { // scalar
const auto ahs = s.json["hydraulic aperture"].get<vector<double>>();
pConf.reset(new RegionalUniformFractureConfigurator(ahs, ams, frnames));
}
}
return pConf;
}
bool CSysSet::Load(std::string& strConfPath)
{
Poco::AutoPtr<Poco::Util::IniFileConfiguration> pConf(new Poco::Util::IniFileConfiguration(strConfPath));
m_sLocalIP = pConf->getString("Net.LocalIP", "127.0.0.1");
m_nCmdPort = pConf->getInt("Net.CmdPort", 19981);
m_strFileDir = pConf->getString("Sys.VersionFileDir");
return true;
}
